FUNDAMENTALS OF CHARLES K ALEXANDER MATTHEW N O

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 14

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 15

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 21

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 23

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 29

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 30

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 35

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 37

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FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 1 A typical capacitor Mc. Graw-Hill 1 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 3 Circuit symbols for capacitors a) fixed capacitor b) variable capacitor Mc. Graw-Hill 2 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 14 a) Parallel-connected N capacitors Mc. Graw-Hill 3 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 14 b) equivalent circuit for the parallel capacitors Mc. Graw-Hill 4 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 15 a) Series-connected N capacitors Mc. Graw-Hill 5 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 15 b) Equivalent circuit for the series capacitors Mc. Graw-Hill 6 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 21 Typical form of an inductor Mc. Graw-Hill 7 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 23 Circuit symbols for inductors Mc. Graw-Hill 8 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 29 a) A series connection of N inductors Mc. Graw-Hill 9 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 29 b) Equivalent circuit for the series inductors Mc. Graw-Hill 10 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 30 a) A parallel connection of N inductors Mc. Graw-Hill 11 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 30 b) Equivalent circuit for the parallel inductors Mc. Graw-Hill 12 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 35 Replacing the feedback resistor in the inverting amplifier in (a) produces an integrator in (b). Mc. Graw-Hill 13 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 6. 37 An op amp differentiator Mc. Graw-Hill 15 © The Mc. Graw-Hill Companies, Inc.